Robotics and Cognitive Automation is an exciting new direction of technology that combines artificial intelligence, robotics and automation. Robotics and Cognitive Automation Engineers are knowledgeable of robotics systems, automated machines, artificial intelligence and automation software development, who help clients create innovative solutions to their challenges. With the help of such engineers, clients can bring ideas to life faster, efficiently, and cost-effectively.
Here's some projects that our expert Robotics and Cognitive Automation Engineer made real:
- Designing software for chatbot interaction
- Setting up autonomous system for web-scraping
- Building custom robots with cameras and speakers
- Integrating a range of AI tools with robotics simulaitons
- Developing object recognition algorithms for drone control
- Simulating industrial robotics arms with Geogebra
- Writing AI technologies reviews and discussions
- Programming pulley-suspended robot systems
Robotics and Cognitive Automation lets clients quickly think up potential solutions to challenges, then rapidly converting those ideas into prototypes which can be tested in the real world. Utilizing tools such as artificial intelligence, robotics, automation software and more can be instrumental in creating innovative solutions at an accelerated pace. Our expert Robotics and Cognitive Automation Engineers on Freelancer.com have demonstrated their expertise in creating working prototypes for a range of applications. If you have a project idea or challenge that needs quick iterations, why not post your project on Freelancer.com today?Sur 1,725 commentaires, les clients ont évalué nos Robotics and Cognitive Automation Engineers 4.71 sur 5 étoiles.
Embaucher des Robotics and Cognitive Automation Engineers
Single object, single track look for 3-4 scenarios where there is only one car in a specific region. E.g. in the ego lane. Goal: Implement a real simple algorithm to initiate a track and remove the ground plane You need to decide how to update the track: In case of having a point cloud you might use a simple clustering algorithm like dBScan and use the center for tracking Track using Lidar only Track using Radar only Track using both by using sensor fusion (kalman filter) Use in both cases only x and y position Use a simple state space (x, xdot, y, ydot, L, W) C = [1 0 0 0 0 0;0 0 1 0 0 0]
I'm looking for a freelance trainer who can work with middle school students (6-8) and help them to build a simple robot. The students will be beginners with robotics, so it's important to be able to explain the concepts clearly and demonstrate how the projects work. We are looking for someone who is knowledgeable of the subject and able to teach the fundamentals of robotics in an engaging and creative way. The instructor should take the students step by step through the process of building and programming a robot, and then giving them the opportunity to customize or improve their designs. The main objective of the training is to have each student understand how to create and control their own robot, by the end of the course.
Challenge Overview and Objective Innovative solutions are urgently needed to detect, characterize, track, or remediate small debris to ensure the safety and sustainability of space operations. YOU NEED TO FILL OUT REGISTRATION FORM AND BE REGISTERED ON THE FREELANCER.COM PLATFORM BEFORE SUBMITTING THE SOLUTION This competition invites creative minds from around the world to contribute groundbreaking concepts that address the critical issue of small debris in Earth's low-earth orbit (LEO) environment. Low-Earth orbit (often known as LEO) encompasses Earth-centered orbits with an altitude of 2,000 km or less. Low-Earth orbit is considered the area in Earth orbit near enough to Earth for convenient transportation, communication, observation and resupply. This is the area where the Int...